"""Credential-pool auth subcommands.""" from __future__ import annotations from hermes_cli.cli_output import line_input import math import sys import time from dataclasses import dataclass from types import SimpleNamespace from typing import Any, Callable import uuid from agent.credential_pool import ( AUTH_TYPE_API_KEY, AUTH_TYPE_OAUTH, CUSTOM_POOL_PREFIX, SOURCE_MANUAL, SOURCE_MANUAL_DEVICE_CODE, STATUS_EXHAUSTED, STRATEGY_FILL_FIRST, STRATEGY_ROUND_ROBIN, STRATEGY_RANDOM, STRATEGY_LEAST_USED, PooledCredential, _exhausted_until, _normalize_custom_pool_name, get_pool_strategy, label_from_token, list_custom_pool_providers, load_pool, ) import hermes_cli.auth as auth_mod from hermes_cli.auth import PROVIDER_REGISTRY from hermes_constants import OPENROUTER_BASE_URL from hermes_cli.secret_prompt import masked_secret_prompt # Providers that support OAuth login in addition to API keys. _OAUTH_CAPABLE_PROVIDERS = {"anthropic", "nous", "openai-codex", "xai-oauth", "qwen-oauth", "minimax-oauth"} def _get_custom_provider_entries() -> list[dict]: """Return configured provider entries with legacy and canonical pool IDs.""" try: from hermes_cli.config import get_compatible_custom_providers, load_config config = load_config() except Exception: return [] result: list[dict] = [] for entry in get_compatible_custom_providers(config): if not isinstance(entry, dict): continue name = entry.get("name") if not isinstance(name, str) or not name.strip(): continue result.append({ **entry, "name": name.strip(), "pool_key": f"{CUSTOM_POOL_PREFIX}{_normalize_custom_pool_name(name)}", "provider_key": str(entry.get("provider_key", "") or "").strip(), }) return result def _configured_provider_entry(provider: str) -> dict | None: """Resolve a canonical ``providers.`` entry.""" normalized = (provider or "").strip().lower() if not normalized or normalized.startswith(CUSTOM_POOL_PREFIX): return None for entry in _get_custom_provider_entries(): provider_key = str(entry.get("provider_key") or "").strip().lower() if provider_key and provider_key == normalized: return entry return None def _resolve_custom_provider_input(raw: str) -> str | None: """Resolve legacy names and keyed providers to their credential-pool ID.""" normalized = (raw or "").strip().lower().replace(" ", "-") if not normalized: return None # Direct match on 'custom:name' format if normalized.startswith(CUSTOM_POOL_PREFIX): return normalized for entry in _get_custom_provider_entries(): # ``providers:`` entries already have a durable runtime slug. Keep # credentials under that slug instead of leaking the legacy # ``custom:`` compatibility identity into auth.json and discovery. provider_key = entry["provider_key"].strip().lower() if provider_key and provider_key == normalized: return provider_key if _normalize_custom_pool_name(entry["name"]) == normalized: return provider_key or entry["pool_key"] return None _PROVIDER_ALIASES = { "or": "openrouter", "open-router": "openrouter", "grok-oauth": "xai-oauth", "xai-oauth": "xai-oauth", "x-ai-oauth": "xai-oauth", "xai-grok-oauth": "xai-oauth", } def _normalize_provider(provider: str) -> str: normalized = (provider or "").strip().lower() if normalized in _PROVIDER_ALIASES: return _PROVIDER_ALIASES[normalized] return _resolve_custom_provider_input(normalized) or normalized def _migrate_legacy_custom_pool_key(provider: str, legacy_key: str) -> None: """Move a keyed provider's old ``custom:`` pool into its runtime slug.""" with auth_mod._auth_store_lock(): auth_store = auth_mod._load_auth_store() credential_pool = auth_store.get("credential_pool") if not isinstance(credential_pool, dict): return legacy_entries = credential_pool.get(legacy_key) if not isinstance(legacy_entries, list) or not legacy_entries: return current_entries = credential_pool.get(provider) merged = list(current_entries) if isinstance(current_entries, list) else [] known_ids = { entry.get("id") for entry in merged if isinstance(entry, dict) and entry.get("id") } for entry in legacy_entries: entry_id = entry.get("id") if isinstance(entry, dict) else None if entry_id and entry_id in known_ids: continue merged.append(entry) if entry_id: known_ids.add(entry_id) credential_pool[provider] = merged del credential_pool[legacy_key] auth_mod._save_auth_store(auth_store) try: from hermes_cli.models import clear_provider_models_cache clear_provider_models_cache(legacy_key) except Exception: pass def _provider_base_url(provider: str) -> str: if provider == "openrouter": return OPENROUTER_BASE_URL if provider.startswith(CUSTOM_POOL_PREFIX): from agent.credential_pool import _get_custom_provider_config return str((_get_custom_provider_config(provider) or {}).get("base_url") or "").strip() configured = _configured_provider_entry(provider) if configured is not None: return str(configured.get("base_url") or "").strip() pconfig = PROVIDER_REGISTRY.get(provider) return pconfig.inference_base_url if pconfig else "" def _is_known_provider(provider: str, configured_provider: dict | None) -> bool: return ( provider in PROVIDER_REGISTRY or provider == "openrouter" or provider.startswith(CUSTOM_POOL_PREFIX) or configured_provider is not None ) def _display_source(source: str) -> str: return source.split(":", 1)[1] if source.startswith("manual:") else source # (label, show_retry_window, http codes, reason substrings, message substrings) — first match wins. _EXHAUSTED_CLASSES = ( ("rate-limited", True, {429}, ("rate_limit", "usage_limit", "quota", "exhausted"), ("rate limit", "usage limit", "quota", "too many requests")), ("auth failed", False, {401, 403}, ("invalid_token", "invalid_grant", "unauthorized", "forbidden", "auth"), ("unauthorized", "forbidden", "expired", "revoked", "invalid token", "authentication")), ) def _classify_exhausted_status(entry) -> tuple[str, bool]: code = getattr(entry, "last_error_code", None) reason = str(getattr(entry, "last_error_reason", "") or "").strip().lower() message = str(getattr(entry, "last_error_message", "") or "").strip().lower() for label, retry_window, codes, reason_tokens, message_tokens in _EXHAUSTED_CLASSES: if code in codes or any(t in reason for t in reason_tokens) or any(t in message for t in message_tokens): return label, retry_window return "exhausted", True def _format_exhausted_status(entry) -> str: if entry.last_status != STATUS_EXHAUSTED: return "" label, show_retry_window = _classify_exhausted_status(entry) reason = getattr(entry, "last_error_reason", None) reason_text = f" {reason}" if isinstance(reason, str) and reason.strip() else "" code = f" ({entry.last_error_code})" if entry.last_error_code else "" if not show_retry_window: return f" {label}{reason_text}{code} (re-auth may be required)" exhausted_until = _exhausted_until(entry) if exhausted_until is None: return f" {label}{reason_text}{code}" remaining = max(0, int(math.ceil(exhausted_until - time.time()))) if remaining <= 0: return f" {label}{reason_text}{code} (ready to retry)" minutes, seconds = divmod(remaining, 60) hours, minutes = divmod(minutes, 60) days, hours = divmod(hours, 24) parts = [(days, "d"), (hours, "h"), (minutes, "m"), (seconds, "s")] first = next(i for i, (value, _) in enumerate(parts) if value or i == 3) wait = " ".join(f"{value}{unit}" for value, unit in parts[first:first + 2]) return f" {label}{reason_text}{code} ({wait} left)" def _anthropic_oauth_login(args) -> dict: from agent import anthropic_adapter as anthropic_mod creds = anthropic_mod.run_hermes_oauth_login_pure() if not creds: raise SystemExit("Anthropic OAuth login did not return credentials.") return creds def _qwen_oauth_login(args) -> dict: creds = auth_mod.resolve_qwen_runtime_credentials(refresh_if_expiring=False) auth_mod._mark_qwen_oauth_active(creds) return creds @dataclass(frozen=True) class _OAuthAddSpec: """Per-provider parameters for the generic ``hermes auth add --type oauth`` path.""" login: Callable[[Any], dict] token: Callable[[dict], str] source: str fields: Callable[[dict, str], dict] activate_first: bool = False _OAUTH_ADD_SPECS: dict[str, _OAuthAddSpec] = { "anthropic": _OAuthAddSpec( login=_anthropic_oauth_login, token=lambda creds: creds["access_token"], source=f"{SOURCE_MANUAL}:hermes_pkce", fields=lambda creds, provider: { "refresh_token": creds.get("refresh_token"), "expires_at_ms": creds.get("expires_at_ms"), "base_url": _provider_base_url(provider), }, ), "openai-codex": _OAuthAddSpec( login=lambda args: auth_mod._codex_device_code_login(), token=lambda creds: creds["tokens"]["access_token"], source=SOURCE_MANUAL_DEVICE_CODE, fields=lambda creds, provider: { "refresh_token": creds["tokens"].get("refresh_token"), "base_url": creds.get("base_url"), "last_refresh": creds.get("last_refresh"), }, activate_first=True, ), "xai-oauth": _OAuthAddSpec( login=lambda args: auth_mod._xai_oauth_device_code_login( timeout_seconds=getattr(args, "timeout", None) or 20.0, open_browser=not getattr(args, "no_browser", False), ), token=lambda creds: creds["tokens"]["access_token"], source=SOURCE_MANUAL_DEVICE_CODE, fields=lambda creds, provider: { "refresh_token": creds["tokens"].get("refresh_token"), "base_url": creds.get("base_url") or auth_mod.DEFAULT_XAI_OAUTH_BASE_URL, "last_refresh": creds.get("last_refresh"), }, activate_first=True, ), "qwen-oauth": _OAuthAddSpec( login=_qwen_oauth_login, token=lambda creds: creds["api_key"], source=f"{SOURCE_MANUAL}:qwen_cli", fields=lambda creds, provider: {"base_url": creds.get("base_url")}, ), "minimax-oauth": _OAuthAddSpec( login=lambda args: auth_mod._minimax_oauth_login( open_browser=not getattr(args, "no_browser", False), timeout_seconds=getattr(args, "timeout", None) or 15.0, ), token=lambda creds: creds["access_token"], source=f"{SOURCE_MANUAL}:minimax_oauth", fields=lambda creds, provider: { "refresh_token": creds.get("refresh_token"), "base_url": creds.get("inference_base_url"), }, ), } def _add_nous_oauth_credential(args, provider: str) -> None: """``hermes auth add nous --type oauth``: shared-credential import, else device-code login.""" custom_label = (getattr(args, "label", None) or "").strip() or None def _persist(creds: dict, what: str) -> None: # Honor `--label ` so nous matches other providers' UX. The # helper embeds this into providers.nous so that label_from_token # doesn't overwrite it on every subsequent load_pool("nous"). entry = auth_mod.persist_nous_credentials(creds, label=custom_label) shown_label = entry.label if entry is not None else label_from_token( creds.get("access_token", ""), f"{provider}-oauth-1", ) print(f'{what} {provider} OAuth {"device-code " if what == "Saved" else ""}credentials: "{shown_label}"') # Codex-style auto-import: if a shared Nous credential lives at # /shared/nous_auth.json (written by any previous # successful login), offer to import it instead of running the # full device-code flow. This makes `hermes --profile # auth add nous --type oauth` a one-tap operation for users who # run multiple profiles. shared = auth_mod._read_shared_nous_state() if shared: try: found = f"Found existing Nous OAuth credentials at {auth_mod._nous_shared_store_path()}" except RuntimeError: found = "Found existing shared Nous OAuth credentials" print() print(found) try: do_import = input("Import these credentials? [Y/n]: ").strip().lower() except (EOFError, KeyboardInterrupt): do_import = "y" if do_import in {"", "y", "yes"}: print("Rehydrating Nous session from shared credentials...") rehydrated = auth_mod._try_import_shared_nous_state( timeout_seconds=getattr(args, "timeout", None) or 15.0, ) if rehydrated is not None: _persist(rehydrated, "Imported") return # Rehydrate failed (expired refresh_token, portal down, etc.) # — fall through to device-code flow. print("Could not refresh shared credentials — falling back to device-code login.") creds = auth_mod._nous_device_code_login( portal_base_url=getattr(args, "portal_url", None), inference_base_url=getattr(args, "inference_url", None), client_id=getattr(args, "client_id", None), scope=getattr(args, "scope", None), open_browser=not getattr(args, "no_browser", False), timeout_seconds=getattr(args, "timeout", None) or 15.0, insecure=bool(getattr(args, "insecure", False)), ca_bundle=getattr(args, "ca_bundle", None), ) _persist(creds, "Saved") def _unsuppress_provider_sources(provider: str) -> None: """Clear ALL suppressions for this provider — re-adding a credential is a strong signal the user wants auth re-enabled. Covers env:* (shell-exported vars), gh_cli (copilot), claude_code, qwen-cli, device_code (codex), etc. — one consistent re-engagement pattern.""" try: suppressed = auth_mod._load_auth_store().get("suppressed_sources", {}) for src in list(suppressed.get(provider, []) or []): auth_mod.unsuppress_credential_source(provider, src) except Exception: pass def _add_api_key_credential(args, provider: str, pool) -> None: token = (getattr(args, "api_key", None) or "").strip() if not token: token = masked_secret_prompt("Paste your API key: ").strip() if not token: raise SystemExit("No API key provided.") default_label = f"api-key-{len(pool.entries()) + 1}" label = (getattr(args, "label", None) or "").strip() if not label and sys.stdin.isatty(): label = line_input(f"Label (optional, default: {default_label}): ").strip() label = label or default_label entry = PooledCredential( provider=provider, id=uuid.uuid4().hex[:6], label=label, auth_type=AUTH_TYPE_API_KEY, priority=0, source=SOURCE_MANUAL, access_token=token, base_url=_provider_base_url(provider), ) pool.add_entry(entry) print(f'Added {provider} credential #{len(pool.entries())}: "{label}"') def auth_add_command(args) -> None: provider = _normalize_provider(getattr(args, "provider", "")) configured_provider = _configured_provider_entry(provider) if not _is_known_provider(provider, configured_provider): raise SystemExit(f"Unknown provider: {provider}") if configured_provider is not None: _migrate_legacy_custom_pool_key(provider, configured_provider["pool_key"]) requested_type = str(getattr(args, "auth_type", "") or "").strip().lower() if requested_type in {AUTH_TYPE_API_KEY, "api-key"}: requested_type = AUTH_TYPE_API_KEY if not requested_type: oauth_default = provider in _OAUTH_CAPABLE_PROVIDERS and not provider.startswith(CUSTOM_POOL_PREFIX) requested_type = AUTH_TYPE_OAUTH if oauth_default else AUTH_TYPE_API_KEY pool = load_pool(provider) if not provider.startswith(CUSTOM_POOL_PREFIX): _unsuppress_provider_sources(provider) if requested_type == AUTH_TYPE_API_KEY: _add_api_key_credential(args, provider, pool) return if provider == "nous": _add_nous_oauth_credential(args, provider) return spec = _OAUTH_ADD_SPECS.get(provider) if spec is None: raise SystemExit(f"`hermes auth add {provider}` is not implemented for auth type {requested_type} yet.") creds = spec.login(args) token = spec.token(creds) label = (getattr(args, "label", None) or "").strip() or label_from_token( token, f"{provider}-oauth-{len(pool.entries()) + 1}", ) # Every provider gets a distinct, self-contained pool entry per account # instead of routing through a singleton save path. The singleton # round-trip collapsed every added account into the latest login: a # second ``hermes auth add `` overwrote the first account's # singleton-mirrored entry rather than creating an independent one # (#39236). ``manual:*`` entries refresh from their own token pair, so # they need no singleton shadow. entry = PooledCredential( provider=provider, id=uuid.uuid4().hex[:6], label=label, auth_type=AUTH_TYPE_OAUTH, priority=0, source=spec.source, access_token=token, **spec.fields(creds, provider), ) first_credential = not pool.entries() pool.add_entry(entry) # Adding the first Codex/xAI credential should make it the active # provider (the old singleton save path did this implicitly via # _save_provider_state). Subsequent adds leave the active provider as-is. if spec.activate_first and first_credential: auth_mod.mark_provider_active_if_unset(provider) print(f'Added {provider} OAuth credential #{len(pool.entries())}: "{entry.label}"') def auth_list_command(args) -> None: provider_filter = _normalize_provider(getattr(args, "provider", "") or "") if provider_filter: providers = [provider_filter] else: credential_pool = auth_mod._load_auth_store().get("credential_pool") persisted_providers = ( credential_pool.keys() if isinstance(credential_pool, dict) else () ) configured_providers = ( entry["provider_key"] for entry in _get_custom_provider_entries() if entry["provider_key"] ) providers = sorted({ *PROVIDER_REGISTRY.keys(), "openrouter", *list_custom_pool_providers(), *configured_providers, *persisted_providers, }) for provider in providers: pool = load_pool(provider) entries = pool.entries() if not entries: continue current = pool.peek() print(f"{provider} ({len(entries)} credentials):") for idx, entry in enumerate(entries, start=1): marker = "← " if current is not None and entry.id == current.id else " " status = _format_exhausted_status(entry) source = _display_source(entry.source) print(f" #{idx} {entry.label:<20} {entry.auth_type:<7} {source}{status} {marker}".rstrip()) print() _print_oauth_heal_notices() def _print_oauth_heal_notices() -> None: """Tell the user when load_pool() just consolidated a forked OAuth grant.""" for note in auth_mod.consume_oauth_heal_notices(): print(f"note: {note}") def auth_remove_command(args) -> None: provider = _normalize_provider(getattr(args, "provider", "")) target = getattr(args, "target", None) target = getattr(args, "index", None) if target is None else target pool = load_pool(provider) index, matched, error = pool.resolve_target(target) if matched is None or index is None: raise SystemExit(f"{error} Provider: {provider}.") removed = pool.remove_index(index) if removed is None: raise SystemExit(f'No credential matching "{target}" for provider {provider}.') print(f"Removed {provider} credential #{index} ({removed.label})") # Unified removal dispatch. Every credential source Hermes reads from # (env vars, external OAuth files, auth.json blocks, custom config) # has a RemovalStep registered in agent.credential_sources. The step # handles its source-specific cleanup and we centralise suppression + # user-facing output here so every source behaves identically from # the user's perspective. from agent.credential_sources import find_removal_step step = find_removal_step(provider, removed.source) if step is None: # Unregistered source — e.g. "manual", which has nothing external # to clean up. The pool entry is already gone; we're done. return result = step.remove_fn(provider, removed) for line in result.cleaned: print(line) if result.suppress: auth_mod.suppress_credential_source(provider, removed.source) for line in result.hints: print(line) def auth_reset_command(args) -> None: provider = _normalize_provider(getattr(args, "provider", "")) pool = load_pool(provider) count = pool.reset_statuses() print(f"Reset status on {count} {provider} credentials") def auth_status_command(args) -> None: provider = _normalize_provider(getattr(args, "provider", "") or "") if not provider: raise SystemExit("Provider is required. Example: `hermes auth status spotify`.") if provider in auth_mod.SINGLE_USE_REFRESH_POOL_PROVIDERS: # load_pool() runs the forked-grant heal (#100339); do it before the # status read so the report reflects the consolidated grant. load_pool(provider) status = auth_mod.get_auth_status(provider) _print_oauth_heal_notices() if not status.get("logged_in"): reason = status.get("error") print(f"{provider}: logged out" + (f" ({reason})" if reason else "")) return print(f"{provider}: logged in") for key in ("auth_type", "client_id", "redirect_uri", "scope", "expires_at", "api_base_url"): value = status.get(key) if value: print(f" {key}: {value}") def auth_logout_command(args) -> None: auth_mod.logout_command(SimpleNamespace(provider=getattr(args, "provider", None))) def auth_spotify_command(args) -> None: action = str(getattr(args, "spotify_action", "") or "login").strip().lower() if action in {"", "login"}: auth_mod.login_spotify_command(args) return handler = {"status": auth_status_command, "logout": auth_logout_command}.get(action) if handler is None: raise SystemExit(f"Unknown Spotify auth action: {action}") handler(SimpleNamespace(provider="spotify")) def _print_bedrock_status() -> None: """Show AWS Bedrock credential status (not in the pool — uses boto3 chain).""" try: from agent.bedrock_adapter import has_aws_credentials, resolve_aws_auth_env_var, resolve_bedrock_region if not has_aws_credentials(): return region = resolve_bedrock_region() print("bedrock (AWS SDK credential chain):") print(f" Auth: {resolve_aws_auth_env_var() or 'unknown'}") print(f" Region: {region}") try: import boto3 arn = boto3.client("sts", region_name=region).get_caller_identity().get("Arn", "unknown") print(f" Identity: {arn}") except Exception: print(" Identity: (could not resolve — boto3 STS call failed)") print() except ImportError: pass # boto3 or bedrock_adapter not available def _print_azure_entra_status() -> None: """Show Azure Foundry Entra ID status when model.provider is azure-foundry with entra_id auth.""" try: from hermes_cli.config import load_config cfg = load_config() model_cfg = cfg.get("model") if isinstance(cfg, dict) else None if not isinstance(model_cfg, dict) or ( str(model_cfg.get("provider") or "").strip().lower() != "azure-foundry" or str(model_cfg.get("auth_mode") or "").strip().lower() != "entra_id" ): return from agent.azure_identity_adapter import ( EntraIdentityConfig, SCOPE_AI_AZURE_DEFAULT, describe_active_credential, has_azure_identity_installed, ) base_url = str(model_cfg.get("base_url") or "").strip() entra = model_cfg.get("entra") or {} scope = (str(entra.get("scope") or "").strip() if isinstance(entra, dict) else "") or SCOPE_AI_AZURE_DEFAULT print("azure-foundry (Microsoft Entra ID):") print(f" Endpoint: {base_url or '(not configured)'}") print(f" Scope: {scope}") if not has_azure_identity_installed(): print(" Status: ⚠ azure-identity not installed " "(pip install azure-identity)") else: info = describe_active_credential( config=EntraIdentityConfig(scope=scope), timeout_seconds=10.0 ) env_sources = info.get("env_sources") or [] if info.get("ok"): print(f" Status: ✓ token acquired ({', '.join(env_sources) if env_sources else 'default chain'})") else: print(f" Status: ⚠ {info.get('error') or 'credential chain exhausted'}") if info.get("hint"): print(f" Hint: {info['hint']}") print() except Exception: pass def _interactive_auth() -> None: """Interactive credential pool management when `hermes auth` is called bare.""" # Show current pool status first print("Credential Pool Status") print("=" * 50) auth_list_command(SimpleNamespace(provider=None)) _print_bedrock_status() _print_azure_entra_status() print() # Main menu choices = [ "Add a credential", "Remove a credential", "Reset cooldowns for a provider", "Set rotation strategy for a provider", "Exit", ] print("What would you like to do?") for i, choice in enumerate(choices, 1): print(f" {i}. {choice}") try: raw = input("\nChoice: ").strip() except (EOFError, KeyboardInterrupt): return if not raw or raw == str(len(choices)): return handler = { "1": _interactive_add, "2": _interactive_remove, "3": _interactive_reset, "4": _interactive_strategy, }.get(raw) if handler is not None: handler() def _pick_provider(prompt: str = "Provider") -> str: """Prompt for a provider name with auto-complete hints.""" known = sorted(set(list(PROVIDER_REGISTRY.keys()) + ["openrouter"])) custom_display = [entry["name"] for entry in _get_custom_provider_entries()] print(f"\nKnown providers: {', '.join(known)}") if custom_display: print(f"Custom endpoints: {', '.join(custom_display)}") try: raw = line_input(f"{prompt}: ").strip() except (EOFError, KeyboardInterrupt): raise SystemExit() return _normalize_provider(raw) def _interactive_add() -> None: provider = _pick_provider("Provider to add credential for") configured_provider = _configured_provider_entry(provider) if not _is_known_provider(provider, configured_provider): raise SystemExit(f"Unknown provider: {provider}") # For OAuth-capable providers, ask which type auth_type = "api_key" if provider in _OAUTH_CAPABLE_PROVIDERS: print(f"\n{provider} supports both API keys and OAuth login.") print(" 1. API key (paste a key from the provider dashboard)") print(" 2. OAuth login (authenticate via browser)") try: type_choice = input("Type [1/2]: ").strip() except (EOFError, KeyboardInterrupt): return if type_choice == "2": auth_type = "oauth" try: label = line_input("Label / account name (optional): ").strip() or None except (EOFError, KeyboardInterrupt): return auth_add_command(SimpleNamespace( provider=provider, auth_type=auth_type, label=label, api_key=None, portal_url=None, inference_url=None, client_id=None, scope=None, no_browser=False, timeout=None, insecure=False, ca_bundle=None, )) def _interactive_remove() -> None: provider = _pick_provider("Provider to remove credential from") pool = load_pool(provider) if not pool.has_credentials(): print(f"No credentials for {provider}.") return # Show entries with indices for i, e in enumerate(pool.entries(), 1): exhausted = _format_exhausted_status(e) print(f" #{i} {e.label:25s} {e.auth_type:10s} {e.source}{exhausted} [id:{e.id}]") try: raw = line_input("Remove #, id, or label (blank to cancel): ").strip() except (EOFError, KeyboardInterrupt): return if not raw: return auth_remove_command(SimpleNamespace(provider=provider, target=raw)) def _interactive_reset() -> None: auth_reset_command(SimpleNamespace(provider=_pick_provider("Provider to reset cooldowns for"))) _STRATEGY_DESCRIPTIONS = { STRATEGY_FILL_FIRST: "Use first key until exhausted, then next", STRATEGY_ROUND_ROBIN: "Cycle through keys evenly", STRATEGY_LEAST_USED: "Always pick the least-used key", STRATEGY_RANDOM: "Random selection", } def _interactive_strategy() -> None: provider = _pick_provider("Provider to set strategy for") current = get_pool_strategy(provider) strategies = list(_STRATEGY_DESCRIPTIONS) print(f"\nCurrent strategy for {provider}: {current}") print() for i, s in enumerate(strategies, 1): marker = " ←" if s == current else "" print(f" {i}. {s:15s} — {_STRATEGY_DESCRIPTIONS[s]}{marker}") try: raw = input("\nStrategy [1-4]: ").strip() except (EOFError, KeyboardInterrupt): return if not raw: return try: strategy = strategies[int(raw) - 1] except (ValueError, IndexError): print("Invalid choice.") return from hermes_cli.config import load_config, save_config cfg = load_config() pool_strategies = cfg.get("credential_pool_strategies") if not isinstance(pool_strategies, dict): pool_strategies = {} pool_strategies[provider] = strategy cfg["credential_pool_strategies"] = pool_strategies save_config(cfg) print(f"Set {provider} strategy to: {strategy}") _AUTH_ACTIONS = { "add": auth_add_command, "list": auth_list_command, "remove": auth_remove_command, "reset": auth_reset_command, "status": auth_status_command, "logout": auth_logout_command, "spotify": auth_spotify_command, } def auth_command(args) -> None: handler = _AUTH_ACTIONS.get(getattr(args, "auth_action", "")) if handler is not None: handler(args) return # No subcommand — launch interactive mode _interactive_auth()